tag:blogger.com,1999:blog-24847368.post7050486074440036460..comments2024-01-29T10:04:23.986-08:00Comments on Al Fin Energy: Traveling Wave Reactor Works Well -- In Modelsal finhttp://www.blogger.com/profile/13739269791915017382noreply@blogger.comBlogger2125tag:blogger.com,1999:blog-24847368.post-27798856033344128332010-03-06T06:18:26.326-08:002010-03-06T06:18:26.326-08:00The answer to your first question may lie within t...The answer to your first question may lie within this repository of documents dealing with LFTRs. But I think that breeders have to be customised for the particular fertile material -- whether U238 or Thorium etc.<br /><br />2nd question: Probably not.<br /><br />3rd question: Probably not.<br /><br />4th question: Yes, if the model fails, the computer model simply shuts down. ;-)<br /><br />5th question: Probably similar to conventional fission reactors.<br /><br />Yes, I would also like to see such a comparison. Neither reactor is a reality, and both are undergoing intensive design study and modification.al finhttps://www.blogger.com/profile/13739269791915017382noreply@blogger.comtag:blogger.com,1999:blog-24847368.post-20583098310041795402010-02-24T05:42:48.115-08:002010-02-24T05:42:48.115-08:00Can u238 be consumed in a LFTR? Does one hundred ...Can u238 be consumed in a LFTR? Does one hundred years of neutron flux makes containing the cigarette problematic ? Can the traveling wave rxr follow electrical loads? Does it fail to safe mode? What degree of containment required? I would be interested in a fair-minded comparison to LFTR . <br /><br />JPSUnknownhttps://www.blogger.com/profile/03451443587468778455noreply@blogger.com